KEGG   Geotrypetes seraphini (Gaboon caecilian): 117365860
Entry
117365860         CDS       T09159                                 
Symbol
APC2
Name
(RefSeq) adenomatous polyposis coli protein 2 isoform X1
  KO
K02085  adenomatosis polyposis coli protein
Organism
gsh  Geotrypetes seraphini (Gaboon caecilian)
Pathway
gsh04310  Wnt signaling pathway
gsh04519  Cadherin signaling
gsh04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:gsh00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    117365860 (APC2)
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    117365860 (APC2)
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    117365860 (APC2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:gsh01009]
    117365860 (APC2)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:gsh03036]
    117365860 (APC2)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:gsh04812]
    117365860 (APC2)
Protein phosphatases and associated proteins [BR:gsh01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     117365860 (APC2)
Chromosome and associated proteins [BR:gsh03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    117365860 (APC2)
Cytoskeleton proteins [BR:gsh04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     117365860 (APC2)
SSDB
Motif
Pfam: APC_basic Arm_APC_u3 APC_rep APC_N_CC Arm APC_r Suppressor_APC SAMP HALZ PEA2_C HAUS3_CC Sec7-like_HUS DUF5798
Other DBs
NCBI-GeneID: 117365860
NCBI-ProteinID: XP_033812651
UniProt: A0A6P8S7R5
Position
8:126006772..126102456
AA seq 2498 aa
MKELRMSGSLASYDQLVRQVEALKKENSHLRRELEDNSNHLSKLENETSDMKEVLKHLQG
KLDQETGVMVSSGQTVVLDQLKAIPMDITNLYDLKCPISTLGQGSETPSRLGWPPEGSPA
HSAALQKKGSLGDLSKSTLKHLDELDKERCFLLSEIDKEEKAKLWYYSQLQKLSKRREQL
PQAETFSLQMDLIQQQLEFEAQHIHSLLEERFGTTDEMVQRAQIRASRLEQIESELVDVQ
EKVQQVETQSVQETQESPESDAGPESSTHDEEETGAAQSKVEVVFWLLSMLATRDKDEMS
RTLLAMSSSQDSCIAMRKSGCLPFLIQILHDTDRDVTVTGGSSSKDSRMHANAALHNIIF
SQPDEGQAKKEMRVLHVLEQIRSYSETCWDWLEMQNKDSRDGKGLDASSVPVSIEPQICQ
ATCAVMKLSFDEAYRQAMNELGGLQAIAELLQVDYEMHKMTNDPFNLALRRYAGMALTNL
TFGDVVNKATLSAKRGCMHAIVAHLASENEELHQVVSSILRNLSWRADLNSKKMLREVGS
VTGLMQCALRATKESTLKSILSALWNLSAHSTENKAAVCAVEGALGFLVSTLTYKCQSNS
LAIIESGGGILRNVSSLIATRDDYRQILRDHNCLQTLLQHLRSHSLTIVSNACGTLWNLS
ARNCKDQELLWDLGGVSMLRNLIHSKHKMIAMGSAAALRNLLANRPLKYKDATVISPGSC
MPSLYMRKQKALEAELDVKHLVETFDTMEKQGLKNQNMKKPLRHIESLVKDYASDSGCFD
DDEAPNVSNNLEMGNNSVLSMFLNSSFLQGQSVPRSVIQGRCAEPGQEVISTQLEMKKTQ
NPKDEVSTETLTDKISKINKVVEDISTMHTSSDDSFSLSSEDHGLDWNCRSDELHETRAQ
SCSPCRLSDSSSFVKQEFPSRALALLRLKTACTSLSNDSLNSSSTSDGYCTQEHMKPCTR
ASFMDYKQEFQRRPSRLDLKSVLINKAEKNYLPQIQIKESVEQEKVNLKIFDDKIKKIVI
FPSSNKINDSGDKDLQPTNDAAGNLLADKVVHTIKLSPSYQHIPVLEVLDNSSLTPGVTI
SNRSNSPTWLPNVVPQIGEDLCNAPEKVSAQTPTSQEPDSSQKCSMEDTPIYFSRCSSLS
SLSSADSILDEQNHSENDIASDSSLEILEVEKSNVHSKKTKKKSREKPISEGSTMKTAGP
GISRPIGIPLPKRDKLFLRETSPSRTEDMTPSSSSENYIQETPLVMSRCSSVSSLGSFES
PSIASSIQSDPCSEMISGTISPSELPDSPGQTMPPSRSKTPSFDPTNHQEKETSQFNIQW
ENNVKKFMEITDFKERFQFHPDIDSMIYFTVEKPNENFSCASSLSALPLHEHYIQKEVEL
KLIPPFSEKNGLNFIAHEKREDKREERFLGGMKTCEHHELNSDDDIEILKECISSAMPPR
LRRVKNTFLSNLPTQGLNAQTKTPLHLPLYMLLPAQTQSNKTYRLDKDMVHDDSSFTNSA
EGTPVHFSSAASLSDETLHYSLKEETARKQSGGRRMKKPNITASGNYYASDTQGQRERSM
PASQAVASWKGKSSNVLPIKNSSTQKHKASENHVAWLKTRINHATDAKQSHKPSLKNLAN
LDIQTERKNNIISSQQEVCQVTKEECVPKNLTFQSLCHTTPTEEAVYYFYENDSDDLLDA
VKDSPQNRGDPAHALQQGGCDRLGAMKKEQNKRIKQISQGKPKMPATKFQNKLIADETPP
CYSLSSSMSSLSDLELFDYQKSQVLNKTARQVIRNRMKESTITKLKGRSSSQSSVSLDSD
NDLVNNCIHSALPKRKKHSTRRRNGERRQKSKINSKVNEKQVVCKEWKCQGMQDLVDEMV
SDKGSDLDSVEWKAIQEGANSVVTWLRQASACLANEHSSESDSILSFMSGLSVGSTLQHA
LDKKDKRGSRTEICPTAHKKAFQEGRKVVETRITQKKTTRANKSSGQQKPIPNLPVVFRG
RTVIYMPNMMTPSSSSTSTPKKTVTTNDASYKKPIPSQPRSHSLHRPVKPSDMADITLLK
RSATPPARMNRGPLSGSSRNSTPSRQPQRKTPSPVQLKKEPTGQGIKGGESQVVSNSKSL
FKSTSTNHKIQKSPVRIPFMQKPNKPTPGMCPASSLEMQVHGTRQSPNRKKVLPANKLNI
MEMSPVRSHATESEKSGFLRQLTFIKESSSLIMRHRSDLSSSKSLSPISQKASPRKGRPQ
LPAVFLCSSRCEELKVPKRAESSQKPVVTRTSPTSKMTARRTSSESPSRLPVKNCPSPPE
AFKRYSSSPHINIKHSSSPTHLSPCSESCTKQKNNEGDSGLLGNTAEEQKDPLMVKGTWR
RIRDEDIPHILKSTLPSSALALVNSSQEEPNTSSQLDIQRKMSDAIVQTEDISNTKTNSS
TSPTLEIIPVPVHDRTMALLDEQMGSNPIHSDSVAFSLARSTKAITFTHESPPAAVSPLL
VSRHSSPSRAARVTPFNYIPSSNAVQVLNDKTGKIQAQ
NT seq 7497 nt   +upstreamnt  +downstreamnt
atgaaggagctcaggatgtcaggctctcttgcatcgtatgaccagctcgtgaggcaagtg
gaagcgcttaagaaagagaattctcatctccgcagggaactggaggacaactccaaccac
ctatccaagctagaaaatgaaacttctgatatgaaggaggtcctgaagcatttgcagggt
aaactggatcaggaaactggggtcatggtctcctctggccagacagttgtcctcgaccaa
ctgaaggctattccaatggacattacaaatctgtatgatcttaagtgtcccatttccacc
ttgggccagggctctgaaacgccttccaggctgggatggccaccggaaggaagcccagcg
cactctgccgctctccagaagaaaggcagcctaggagacctaagcaaatcaaccttaaaa
catctggatgagctggacaaagagagatgcttccttttgagtgagattgacaaggaagag
aaagcaaaactctggtactacagccagttgcagaaactatccaagcgccgggagcagctc
cctcaggctgaaactttctctctgcagatggatttgatccagcagcaattggaatttgaa
gctcagcacatccactctctgttggaggaaaggtttgggactacagatgaaatggtgcaa
agggctcagatccgggcatcgaggctggaacagattgagtcagagttggtggatgttcag
gagaaggtgcagcaagtagagacccagtcagtacaggagacacaggaaagtccagagagt
gatgcaggtccggaaagctctactcatgatgaagaggaaacaggagcagcacaaagcaag
gtggaggttgtgttctggctcttgtccatgttagcaacacgtgataaggatgagatgtct
cgtacactgctggcaatgtccagctcccaggacagctgtatcgccatgcgaaaatctggt
tgtctcccatttctgatccaaatcttgcatgacacagaccgagatgtcacagtcactgga
ggaagcagcagcaaggattcccgcatgcatgccaatgcagctttacacaatatcatcttc
tcacagccagacgaaggacaagccaagaaggagatgcgagttctgcatgtgttggaacag
attcgctcatactcagagacttgctgggactggctggagatgcagaataaagacagcaga
gatgggaaaggccttgatgcaagttctgtaccagtatctattgagccacagatctgccag
gccacttgtgctgtgatgaagctttcgtttgatgaggcgtacagacaagcgatgaatgag
ttaggaggattacaggccattgctgagctcttacaggttgattatgagatgcacaagatg
acaaatgacccttttaaccttgctttgaggcgctatgcaggcatggccctcaccaacctc
acttttggagatgtggttaacaaggcaactctgtctgcaaaacgaggctgcatgcatgcc
attgtagctcatctggcatcagagaatgaagagttgcatcaggtggtctccagcattcta
cgtaacctatcctggcgggcggaccttaacagtaagaagatgttacgtgaggtgggcagt
gtgaccggattgatgcagtgtgccctgcgagccacaaaggaatcaacattgaaaagcatt
ctgagtgccctctggaatttgtcagctcacagcacggagaacaaagcagctgtatgtgcg
gtggagggagccctgggcttcctcgtcagtaccttaacctataaatgccagagcaattca
ctggctataatcgaaagtggaggtggaatcctgcgcaatgtgtccagcctcattgctacc
agagatgattacagacaaattctccgagaccataactgtttgcagactttgcttcagcac
ttgaggtctcacagcttgactattgtcagtaatgcttgtgggacactgtggaatctgtct
gcccgcaactgcaaggaccaggagttactgtgggacctgggaggggtgagcatgcttcgg
aatctgatccactccaaacataagatgattgccatgggaagtgctgctgccctgaggaac
ttactggccaatcgacccctgaagtacaaggatgcaactgtcatttcaccagggtcctgc
atgccttctttgtacatgaggaagcagaaagccctagaggcagaactggatgtcaagcat
ttggtggagacctttgataccatggaaaagcaaggcctaaagaatcaaaacatgaagaag
cctctgagacacattgaaagtctggtaaaggactatgcttctgactctggttgctttgat
gatgatgaagcccccaatgtatctaacaatctggaaatgggaaataattcagtactgtct
atgtttctcaactcttcattcctgcaaggacagtcagtacctaggagtgttatccagggg
aggtgtgcagaacccggacaagaagttattagtacacaactggagatgaagaaaacccag
aaccccaaggatgaggtttccactgaaacactaacagacaagatttccaagattaataaa
gtagtggaggatatctctaccatgcacacatcttctgatgatagcttcagcttgagctct
gaggatcatggattggactggaactgtcgctctgatgagctgcatgaaactcgagctcag
tcctgctcaccctgcaggctctccgactccagcagctttgtaaaacaggagttccccagc
agagcacttgccctcttgcgcctgaaaactgcctgtaccagcttatccaatgacagcttg
aacagcagcagcactagtgatggatactgcacccaagaacatatgaagccgtgcactaga
gcctccttcatggattacaagcaagagttccagaggcggcccagcaggctggacctgaaa
agtgtattgataaacaaagcagagaaaaattatctgccacagattcagataaaggaatct
gtggaacaggaaaaggtgaatttaaaaatctttgatgataaaataaagaaaattgttatc
ttcccaagttcaaacaaaattaatgactctggggacaaagaccttcaaccaacaaatgat
gcagctggcaatctcttagctgacaaggtggttcataccattaaactttcaccatcttat
cagcatatccctgtcctagaagtcttagataatagtagtttaacccctggtgtgacgatc
tctaacagatctaactctccgacctggctcccaaatgttgtaccacaaataggtgaggat
ctctgcaatgcacctgagaaagtgtcagctcagactccaacttcacaagaaccagattct
tcacaaaaatgctccatggaagatactccaatctatttctccagatgtagctctttgtcc
tctctttcttctgctgacagtattttagacgaacaaaaccatagtgagaatgatattgct
agcgattcctcattagaaatactggaagtggagaagagcaatgtccattctaagaagacc
aagaaaaaaagcagagagaaacccatctctgaagggagcacaatgaaaactgctgggcct
ggaatttcaaggcccattggaatccccttgccaaagcgagacaaactctttctacgggaa
acatctccttcaaggactgaggatatgaccccctcaagttcatcagagaattacattcaa
gagacccctctagtgatgagtcgctgtagctctgttagttcgctgggaagttttgagagc
ccctccattgctagctctattcagagtgatccatgcagtgagatgatcagtgggaccata
agtcccagtgagctgcctgacagccctggacagacaatgcccccaagcaggagtaaaaca
ccatcctttgacccaactaatcaccaggagaaagagaccagtcaattcaacatccaatgg
gagaacaatgttaaaaagttcatggagatcaccgatttcaaggaaaggttccagtttcat
ccagatattgactctatgatatatttcactgtggagaaacccaatgaaaatttctcatgt
gcatctagcttaagtgctcttccactccatgagcactacatacagaaagaagtagaattg
aagctgatccctccattttcagagaagaacggcttaaattttatagcgcatgaaaagaga
gaggataagagagaggaaagatttctgggggggatgaaaacatgtgaacatcatgagcta
aactcagatgatgatattgagattttgaaagaatgcatcagttcagctatgccacccaga
ctcaggcgggtgaagaacactttcctttccaatcttccaacacagggtttgaacgctcaa
actaaaactcctcttcacttgccactttacatgctgctgccagcccaaactcaatcaaac
aagacctatcgactggataaagacatggtgcatgatgactcttcatttaccaattctgcc
gaagggaccccagttcatttctccagtgctgcttcccttagtgatgaaactttgcactac
tcattgaaagaagagacagcacggaagcaaagtggagggagaaggatgaaaaaacccaac
attacggcatcgggaaattactatgcaagtgacacgcaggggcaaagagagaggagtatg
cctgcttctcaggctgtagcaagttggaaaggaaagtcaagcaatgtgctccccattaaa
aactccagcacccaaaagcacaaagcatcagagaaccatgtggcctggctgaagacaagg
atcaatcatgcaactgatgcaaaacaaagccataaaccttcactgaaaaacttagctaac
ttagacatacaaactgaaaggaagaataatatcattagctctcagcaagaagtgtgccag
gttacaaaagaggaatgtgttcccaagaaccttacatttcagtctctgtgccacactaca
cctactgaagaagctgtttattatttctatgaaaatgactcagatgacttgctggatgca
gttaaggactcaccccaaaatagaggagatcccgctcatgctttacaacaaggtggctgt
gatagacttggagcaatgaagaaagaacagaacaaacgtataaaacagatttcccagggc
aaacccaaaatgcctgctacaaaatttcaaaacaaattgattgcggatgaaactccaccg
tgctattcactcagctcttcaatgagttccttaagtgatttggaactttttgactaccaa
aagtcacaggttctcaataaaactgcgagacaggtaattcggaacagaatgaaggaatcc
accatcaccaaattaaaaggaagaagtagctcacagagctctgtgagcttagactctgat
aatgacttggtcaacaactgcattcattctgccttgcctaagaggaagaagcactcaacc
cggaggaggaatggagaacggaggcagaagtcaaaaatcaatagtaaagtaaatgaaaaa
caagtggtttgcaaagagtggaaatgtcaggggatgcaagatttagtggatgaaatggta
tcagataaaggatctgatttagatagtgtggagtggaaggcaatccaagaaggtgctaac
tctgttgtaacttggttgcgtcaagcatcagcctgtcttgccaatgaacattcctctgaa
tcagattccatcctatcttttatgtcagggctatctgttggatcaacactgcagcatgct
cttgacaagaaagataaaagaggaagtagaacagaaatttgtccaacagcacataagaaa
gcttttcaagagggcagaaaagtggtggagaccagaattacacagaaaaagactaccaga
gctaataaaagttcaggtcagcagaagccaatccccaatttgcctgtagtcttcagagga
agaactgttatatatatgccaaacatgatgacaccttcttccagttccacatccacacca
aagaaaactgtgactacaaatgatgcctcttataagaagcccattccaagtcaaccaagg
tctcacagtttacacagaccagtgaagccctcagacatggcggatatcactttgctgaaa
agaagtgccactcctccagcaagaatgaatcgagggcctttatcggggtcctctagaaac
tcaacaccatctcgacaacctcaaagaaagacaccttcccctgtacagctgaaaaaagaa
ccaacaggtcaagggataaaaggaggagaaagtcaggtagtttccaattcaaaatcactt
tttaaatctacatcaaccaaccacaagattcagaaatctcctgtccgaatcccattcatg
caaaagccgaataagccaacaccaggaatgtgtccagcctcatctctggagatgcaagta
catggaaccaggcaaagcccaaataggaaaaaagtattgccggctaacaagctgaacata
atggagatgtctccagttagatcacatgccactgagtcagagaaatctgggttcctgaga
cagctaactttcattaaggagtcttccagcctgatcatgcgacataggtcagatctatcc
tcttcaaaatccttgtcacccatttcccagaaggcttctccaagaaagggccgaccacag
ctgccagcagtattcttatgttcctccaggtgtgaggaacttaaagtgccaaagagagca
gaatccagccagaagcctgtggtgacaagaacatcccccaccagcaaaatgacagctagg
agaacaagttcagagagcccttccaggcttcctgtgaaaaattgtccttccccccctgag
gccttcaagaggtattcttcttctcctcacattaatattaaacattccagcagccctact
catttgtcaccctgctctgagtcctgcacaaaacagaaaaacaatgaaggagacagcggg
ttgctggggaacactgcagaagagcagaaggatcctttaatggtaaaaggaacatggaga
aggattcgtgatgaagatattccccatattctgaagagcactctgccttcttctgcactg
gctttggtgaatagttctcaggaggagccaaacaccagctctcagttagatattcagagg
aaaatgagtgatgcaatagtgcagacagaggacatttccaatacaaaaaccaattccagc
acatctccaactttggagattatccctgttcctgtacatgacaggaccatggccctgtta
gatgaacagatgggctccaaccccatccacagtgactctgtagcattcagcctggctaga
agcacaaaggccatcacttttacccatgaaagccccccagctgcagtgagccctttgctg
gttagtaggcacagctcccccagcagggcagcacgagtaactcctttcaactacatccca
agttcaaatgcagttcaagtactgaatgataaaactggaaaaatacaagctcagtga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (13)   
   Pfam (13)   
All databases (20)   

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